Vincenzo Nassisi

Biography

Vincenzo Nassisi He is Professor of Applied Physics at Experimental Address. It's covered Physics, Laboratory, Electronics, Applied Electronics, Applied Optics and Biomedical Physics. He is responsible for the Electronics Laboratory Applied and Instruments where it develops pulsed power and accelerators of electrons and ions as well as studying biological systems in the presence of laser radiation radio frequency. It has patented pulse compressors and capacitive dividers at transmission in addition to innovative laser circuits.

Research Interest

Level I, Specialist and Doctorate -Electrical electrodes from metal cathodes with morphologically modified surfaces: Zn-cation photo-emission study. Y and Cu, and median emitter measure the double sled system. -Studio of a niobium cathode for RF cavities: The niobium cathode is compatible with the material of the RF cavities and it is useful to know the emission coefficients and the beam quality. - Au, Ag, Y, and C ion sources and proton proton therapies: Carbon bundles and others are candidates for adrotherapy. Acceleration systems are developed in order to extract ions from the product plasma. -Lens soft laser light source with short wavelength laser (222, 248 and 308 nm) The rays can be emitted from metal or plastic materials. Al-film can characterize the beam emitted. -Studio of overcoming Rayleigh-Taylor's instability for confinement merger. The double ablation process is now the most accredited candidate for achieving merger inertial confinement - Interaction of an UV beam with microorganisms for the generation of antibiotic and the study of their behavior. UV radiation stimulates the mutation -Interface of UV and IR laser beams with metallic surfaces. The radiation of different wavelength penetrates differently in matter. This behavior can decrease the oxidation concentration in the steels. - Implantation of polymeric and metallic materials. production of prosthesis material and antibacterial surgical steel. -Systems for fast pulse diagnostics. Capacitive and inductive probes. -Studio of the mutation of engineered logs under the action of an RF field of 900, 1800, 2100 and 3250 MHz. Such RF is continuously used for transmission and the effects are still unknown to date. -Losing wine. Wine treatment for the elimination of SO2. -Studio of cellular induction of CO2 laser radiation. Cellular Stimulation of CO2 Laser. - Development of proton sources of thin and thick films by laser interaction at nanosecond and picoseconds. - Dynamics of Load Bundles and Solenoids for Concentration and Transport : NTA-LILIA Experiment at FLAME Laboratory in Frascati. - Ion Beam Diagnosis ( TNSA) and (RPA) - Study of photoreactivation (photolysis) in microorganisms : Stimulation with UV and RF